GF Piping Systems’ Post

#Pioneering positive impact The value of #AlfaLaval lies in its expertise and #innovative solutions that drive #sustainability and efficiency across various industries. Back from Prague with a luggage full of learnings and insightful sharing sessions from my peers. Few of the highlights on Alfa Laval presentation : Our uniqueness stems from our  ability to deliver high-quality, #energy-efficient technologies that support the circular economy. Key aspects include: #Advanced Recycling: Alfa Laval's technologies enable the advanced recycling of materials, such as converting old tires into new materials through pyrolysis, which is crucial for defossilization. #Water Purification: Solutions for water purification with minimal chemical and electricity use, ensuring high water quality and low maintenance needs. #Energy Efficiency: Our dedicated contributions to projects like the HOPE offshore green hydrogen production facility highlight their role in energy-efficient cooling, heat reuse, and water purification. #Biobased Polymers: Collaboration with RWDC Industries to develop and commercialize biodegradable polymers that can replace single-use plastics. #Circular Solutions: Commitment to turning waste into value by developing efficient treatments for waste streams and extracting valuable resources. Overall, Alfa Laval's expertise able customers  to derisk and accelerate the commercialization of #clean technologies, contributing significantly to the transition towards a circular and sustainable industrial landscape. We are after all pioneering a positive impact : Thank you #BCF Conference and the insightful speakers Stephan Roest, Chaim Gabriel Waibel, Antonio Bassi, Sasha Bloemhoff, Hans Ridderikhoff, Outi Teräs, Danielly Cortes, Beate Edl, Laura Cramer, Eric Appelman, Paul Hampson, Rupert Schnell, Werner Bosmans Wish for you all that 2025 will be as shiny and sparkling as the sky of Prague.

See you @ NPE talking how UBQ Materials can help deliver sustainable solutions for YOU!!!

Loop CO2 is a sustainability-focused polymer development startup headquartered in Massachusetts. Founded in 2022 as a spin-out from the University of Minnesota Twin Cities & the NSF Center for Sustainable Polymers, Loop CO2 began its mission to revolutionize sustainable materials. Backed by the Department of Energy STTR Phase II & MassVentures Grant, and working in collaboration with UMN, we're committed to developing CO2- and biomass-derived products with chemical recyclability, biodegradability, and negative carbon emissions during production. Our vision? To significantly reduce the material industry's carbon footprint and promote the circular economy. Each year, over 400 million tons of fossil-based plastics are produced, resulting in over 1 billion tons of CO2 emissions from the plastics industry alone. At Loop CO2, we react butadiene with CO2 to synthesize custom polymers which require only mild chemical recycling conditions. By using bio-butadiene, we can achieve a carbon-negative process. Join us in driving forward innovation for a greener future! #Sustainability #GreenChemistry #Innovation

The cleanroom line Q+ is expanding and this development will be more sustainable than ever, clean wipes, swabs, mops from particles & clean for the planet.

Pioneering the Future of Composites with Green Innovation As the demand for sustainable materials surges, CETMA emerges as a frontrunner in the quest for eco-friendly composites.  CETMA spearheads initiatives in composite recycling, focusing on enhancing mechanical properties and developing innovative processes for carbon and #glass #fibre-reinforced #composites. Their tailored sizing formulations and smart recycling methods redefine sustainability standards. In collaboration with European partners, CETMA embarks on the FURHY Project, crafting a revolutionary fully-recyclable bio-based composite. By leveraging hemp and recycled carbon fibres, they pioneer a fast, low-energy OoA process, ushering in a new era of green materials for transport applications. CETMA’s expertise extends to automated fibre placement for composite tank manufacturing, aiming to optimize tow placement and orientation. Their focus on Type V tanks and thermoplastic-matrix composites underscores a commitment to lightweight, cost-effective solutions for the clean energy sector. Read an interview with Dr Alessandra Passaro, Director of CETMA’s Advanced Materials & Processes Consulting Department at: https://lnkd.in/dUvDcWyK #CompositeRevolution #SustainableMaterials #CircularEconomy #Innovation #CleanEnergy

🌟 Explore our superior technology for Bio-Acrylamide Conversion! 🌟 We are thrilled to unveil our latest breakthrough in sustainable chemistry: a cutting-edge technology designed specifically for the biocatalytic conversion of acrylamide. This innovative technology offers a game-changing solution for industries seeking greener, more efficient processes. 🔬 Key Benefits of Our Technology: - Eco-Friendly: Operates under mild conditions, significantly reducing energy consumption and minimizing environmental impact. - High Selectivity and Purity: Exceptional substrate specificity ensures fewer by-products, resulting in higher product purity and reduced need for extensive downstream processing. - Non-GMO and Sustainable: Developed using non-GMO technology, contributing to a circular economy and reducing dependence on non-renewable materials. - Cost-Effective: Potential for increasing efficiency and reducing waste significantly, offering long-term economic benefits and sustainability. 🌱 Why It Matters: As industries worldwide face increasing pressure to adopt sustainable practices, our advanced technology represents a pivotal step forward. It aligns with our commitment to environmental stewardship and innovation, providing a viable alternative to traditional catalytic methods that rely on harsh chemicals and energy-intensive processes. 🚀 Join Us on This Journey: We invite you to explore the potential of our new biocatalyst. Together, we can drive the transition to greener industrial processes and make a positive impact on our planet. 🔗 Learn More: [www.columbia-holding.com] Let's embrace the future of sustainable chemistry. Connect with us to learn how this revolutionary technology can transform your processes and contribute to a more sustainable world. #Sustainability #GreenChemistry #Biocatalysis #Innovation #AcrylamideConversion #EcoFriendly #RenewableResources #IndustrialBiotechnology #BioAcrylamide

Exploring the Future of Sustainable Bioplastics: Polyhydroxyalkanoates (PHAs) I'm currently working on a manuscript about the production of Polyhydroxyalkanoates (PHAs), a promising bioplastic that offers a sustainable alternative to conventional plastics! What is PHAs? Polyhydroxyalkanoates (PHA) are biodegradable polymers produced by microorganisms as a form of energy storage. Unlike traditional plastics derived from petrochemicals, PHAs are eco-friendly and can decompose naturally, reducing plastic pollution and environmental impact. Why PHA Matters: #Biodegradable: PHA breaks down naturally in various environments, including soil and marine conditions, helping to combat plastic waste. #Renewable: Produced from renewable resources, PHAs offer a sustainable solution to our plastic dependency. #Versatile Applications: PHAs can be used in a wide range of applications, from packaging materials to medical devices, thanks to their diverse properties. #MyResearch Focus: In my manuscript, I explored the innovative methods of PHA production, optimizing microbial processes to enhance yield and efficiency. The aim is to make PHA production more cost-effective and scalable, paving the way for broader commercial adoption. Exciting 😉 Stay tuned for more updates as I progress with my manuscript! Let's work together towards a greener, more sustainable future with PHAs. Follow me for more insights on sustainable materials and bioplastics! #SustainablePlastics #PHAs #Bioplastics #EnvironmentalScience #Sustainability #GreenFuture

The focus on sustainability and environmental awareness is huge and bioplastics are emerging as a promising force to revolutionize the future of packaging practices. Bioplastics are a type of plastic material that come from renewable, biological sources rather than traditional petroleum-based sources. This market is reaching new levels, excelling to an impressive $8,913.1 million by 2033, as mentioned in the Persistence Market Research Report. Breakthroughs in bioplastics research, along with measures like the European Union's ban on single-use plastics, are propelling the growth and sustainability of the market. Discover more about the sustainable revolution today with The Attivo Group! Learn how bioplastics can transform packaging practices for a greener future and embrace sustainability. Contact us today! (877) 428-8486 https://lnkd.in/g5M2vSrJ #Sustainability #Bioplastics #ERPSolutions #TheAttivoGroup #GreenFuture #Packaging

Our Safer Alternatives library features companies creating and implementing more sustainable solutions across industries. DetraPel is a clean-tech advanced materials company that specializes in synthesizing and manufacturing PFAS-free protective coatings. Join us in welcoming Detrapel’s Founder and CEO, David Zamarin, to the GCS network! “We're particularly excited about the collaboration opportunities on the GCS platform, which allow us to connect with fellow innovators in green chemistry,” said David. “We deeply value the platform’s focus on sustainability and the ability to share and discuss our work with a broader community.” Impermea Materials is one of the sustainable solutions companies under the Detrapel umbrella. “At Impermea Materials, we specialize in developing advanced material solutions that enhance the performance of ordinary substrates while maintaining a strong commitment to sustainability. All our products are plastic-free, PE-alternatives, PFAS-free, non-toxic, and include 100% bio-based options, designed with environmental responsibility at their core,” said David. “We aim to empower industries such as packaging, textiles, healthcare, and more to achieve their sustainability goals without compromising on performance.” Detrapel recently shared an article on GCS, “Forging a Circular Economy through Sustainable Innovations” which you can find on our Community News page: https://brnw.ch/21wMBns If you have a technology you would like included in our Safer Alternatives library, please make an account and GCS and contact us at info@chemistryforsustainability.org! #GreenChemistry #GreenEngineering #GlobalGoals #ChemistrySustainably #Chem4Sustainability